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1) Is a moving object in equilibrium? (explain) 2) Torque is? (circle the correct answer) a) The magnitude of the applied force The length of the torque arm b) c) Applied force times the length of the torque arm

1) Is a moving object in equilibrium? (explain) 2) Torque is? (circle the correct answer) a) The magnitude of the applied force The length of the torque arm b) c) Applied force times the length of the torque arm

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1) Is a moving object in equilibrium? (explain) 5) 2) Torque is? (circle the correct answer) a) The magnitude of the applied force The length of the torque arm Applied force times the length of the torque arm b) c) 3) Is motion produced every time a force is applied to an object? (explain) 4) What can be said about concurrent forces whose sum of x-components equals zero and whose sum of y-components equals zero? For sum of the torque zero problems, why do we pick a point of rotation at one of the support points?
Transcribed Image Text:1) Is a moving object in equilibrium? (explain) 5) 2) Torque is? (circle the correct answer) a) The magnitude of the applied force The length of the torque arm Applied force times the length of the torque arm b) c) 3) Is motion produced every time a force is applied to an object? (explain) 4) What can be said about concurrent forces whose sum of x-components equals zero and whose sum of y-components equals zero? For sum of the torque zero problems, why do we pick a point of rotation at one of the support points?
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